Recovery of Ti-bearing blast furnace slag and diamond wire saw silicon powder waste by alloying and electromagnetic separation technique

A systematic review of efficient recycling for the cathode materials of spent lithium-ion batteries: process intensification technologies beyond traditional methods

“…Compared with the original materials, the morphology and crystal structure of the separated materials remain almost unchanged. 93–95…”

“…Compared with the original materials, the morphology and crystal structure of the separated materials remain almost unchanged. [93][94][95] He et al 92,96 studied the adhesion force between Al foil and coating materials from theoretical and experimental perspectives. They found that to alleviate the stress between the cathode materials and Al foil, the inactivation or chain scission of the binder was the most effective way to eliminate surface inhomogeneities, thereby promoting the effective separation between the powder and foil.…”